A pipeable which implements a band-pass filter on all incoming data Input types: EEGEvent Output types: EEGEvent. More...

Inheritance diagram for SharpBCI.BandpassPipeable:

Public Member Functions
	BandpassPipeable (double sampleRate, int channels, double minFreq, double maxFreq, double transitionBandwidth)
	Create a new BandpassPipeable with the following properties. More...

Public Member Functions inherited from SharpBCI.Pipeable
void	SetInput (BlockingCollection< object > newInput)
	Set the input on this IPipeable to param input Should only be used internally by Connect. More...

void	Connect (IPipeable other)
	Connect the input of other to our output Note: mirror == false using this override. More...

void	Connect (IPipeable other, bool mirror)
	Connect the input of other to our output and allow for control of mirror data. More...

virtual void	Start (TaskFactory taskFactory, CancellationTokenSource cts)
	Actually start doing work (i.e., promise to eventually start pushing data to connected pipeables) More...

virtual void	Stop ()
	Require this IPipeable to stop, blocking until actually stopped. More...

Protected Member Functions
override bool	Process (object item)

Protected Member Functions inherited from SharpBCI.Pipeable
void	Add (object item)

Additional Inherited Members
Public Attributes inherited from SharpBCI.Pipeable
const int	DEFAULT_BUFFER_SIZE = 1000

Detailed Description

A pipeable which implements a band-pass filter on all incoming data Input types: EEGEvent Output types: EEGEvent.

Constructor & Destructor Documentation

SharpBCI.BandpassPipeable.BandpassPipeable	(	double	sampleRate,
		int	channels,
		double	minFreq,
		double	maxFreq,
		double	transitionBandwidth
	)

Create a new BandpassPipeable with the following properties.

Parameters

sampleRate	the sampleRate of the underlying adapter
channels	the number of channels of the underlying adapter
minFreq	minimum cut-off frequency for all channels, interpreted as the center of the frequency cutoff
maxFreq	maximum cut-off frequency for all channels, interpreted as the center of the frequenct cutoff
transitionBandwidth	signal attentuation will start at fC - transitionBandwidth/2 and end at fC + transitionBandwidth / 2

override bool SharpBCI.BandpassPipeable.Process ( object item )

protectedvirtual

The documentation for this class was generated from the following file: